Low Density Glyoxal 4BCL

Vendor: ABT

SKU: 4BCL-GL0-25

LOW Density GLYOXAL 4BCL allows a covalent binding of agarose to lysine amino groups. This product is adequate to work in batch or column purifications (Low Pressure). The resin has a low...

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$120.20 USD

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For research use only — not intended for clinical or diagnostic purposes.

Low Density Glyoxal 4BCL

$120.20 USD

THE SCIENCE, IN DETAIL

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Product overview

LOW Density GLYOXAL 4BCL allows a covalent binding of agarose to lysine amino groups. This product is adequate to work in batch or column purifications (Low Pressure). The resin has a low content of aldehydes groups (15- 25 µmoles Glyoxal /ml gel) providing a very good option to conjugate affinity ligands without distorting the target ligand. The backbone of the resin is 4% agarose beads and the pore size is adequate to work with enzymes, proteins & antibodies.

ABT offers 25ml & 100ml. For Bulk quantities click here.

For further information concerning Glyoxal prepared with other agarose concentration, bead sizes or monodispersed beads, please click here.

Specifications

Description

Product Name: Low Density Glyoxal 4BCL Catalog Number: 4BCL-GL0-X Technical Details • Bead Geometry & Size: Spherical Standard (50 - 100 µm) • Crosslinked: Yes • Agarose %: 4 % • Antimicrobial Agent: 20% Ethanol • Storage Temperature: 2-8˚C • Matrix Active Groups: Agarose with some diols oxidized to aldehydes • Activation degree (μmol glyoxyl/ml gel): 15-25 • Coupling Capacity (mg bsa/ml gel): 5-10 (Orientative values for coupling capacity using BSA)

Scientific background

Low Density Glyoxal 4BCL allows a covalent binding of agarose to lysine amino groups. This product is adequate to work in batch or column purifications (Low Pressure). The resin has a low content of aldehydes groups (15- 25 µmoles Glyoxal /ml gel) providing a very good option to conjugate affinity ligands without distorting the target ligand. The backbone of the resin is 4% agarose beads and the pore size is most commonly used to work with enzymes, proteins, & antibodies. REFERENCES: Hussain, Fouzia et al. “Further Stabilization of Alcalase Immobilized on Glyoxyl Supports: Amination plus Modification with Glutaraldehyde.” Molecules 23.12 (2018): n. pag. Molecules.

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